I am a Year 8 student at Saint Patrick's School in Auckland, NZ. I am in Room 8 and my teacher is Ms. George.
Showing posts with label Maths. Show all posts
Showing posts with label Maths. Show all posts
Wednesday, 5 June 2019
Tuesday, 4 June 2019
Wednesday, 22 May 2019
Friday, 17 May 2019
Wednesday, 8 August 2018
Farmers sheep ππππππππππππππ!
Learning Intention: Use logic and reasoning to share my ideas and explain my thinking.
| Use logic and reasoning | share my ideas and explain my thinking |
Tuesday, 5 June 2018
Addition adder!
Te Riana, Iliana and I had to roll the dice and when it landed on a number, for example: four and we move four times and it landed on five. So we add four and five to find the answer , the answer was 9 so we had to start form the number five and move 9 times. We add again and again until the first person reaches to the finish.
Friday, 1 June 2018
Tuesday, 20 March 2018
Our physics project!
Today we conducted a mathematical investigation that involved properties of physics.
Purpose: To Design a prototype to investigate the distance one glass marble could roll on a hard surface.
(Create a device which is going to propel on class marble to see how far it will go.) [measure distance]
Materials:
- 1.5 metre of masking tape.
- 3 metre wooden ruler.
- 3-4 glass marbles.
- Chalk
Predictions:
1st marble: 5.30m
2nd marble: 1.50
3rd marble: 5.11
Method
Two rulers were taped together diagonally using the masking tape. Once secure, the prototype was taken outside to the court area to provide a concrete surface for the marble to roll on.
Our prototype ( track) was elevated 440mm, by placing the track into one of the fence gaps. We rolled the marbles down the track to investigate the distance it would travel.
Results:
1st Marble: 3.20m
2nd Marble: 2.22m
3rd Marble 2.48m
Conclusion:
That the higher the elevation of the ruler (our track) the further the distance of the marble will travel. The power that was created by the elevation is the physics in our investigation.
Tuesday, 27 February 2018
Tuesday, 4 July 2017
Here are examples of proper fractions!
Learning Intention: We are learning about proper fractions.
Success Criteria: I know I could do this when I write examples about proper fractions.
Monday, 25 May 2015
Making Pattern
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